Lunar and Planetary Sciences in Space Exploration
Lunar and planetary sciences in space exploration
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Lunar and planetary sciences in space exploration
Molecular spectroscopy of planetary atmospheres - venus and mars
Fluorescent scattering in planetary atmospheres - aprt ii, coupling among transitions
Sterilization of unmanned planetary and lunar space vehicles
Accuracy of manual optical theodolite sighting of the center of a planetary disk
Planetary entry research for mars and venus, 1962- equilibrium thermochemistry, dissociation, heat transfer, shock tubes, venus ionosphere
Sterilization of unmanned lunar and planetary spacecraft against earth microbial organisms
Electric propulsion requirements for planetary and interplanetary spacecraft
Planetary aeronomy - solar flux incident at top of atmospheres of earth and neighboring planets for spectral region 50 to 3000-a
Planetary aeronomy - atmospheric airglow of dark side of venus
Planetary aeronomy - atomic shielding factors and changes in atomic charge distribution in interaction with magnetic field
Planetary aeronomy - absolute intensity of vacuum ultraviolet radiation measured by photoionization technique
Planetary aeronomy - ultraviolet absorption of sulfur dioxide - dissociation energies of sulfur dioxide and sulfur oxide
Space science - lunar and planetary exploration - nasa program
Bibliography of astronautics information - engineering equipment and processes adaptable to lunar and planetary exploration
Heat transfer on hypersonic vehicle entering a planetary atmosphere
Study of molecular constituents of planetary atmospheres using various spectroscopic instruments
Study of error in planetary mass and its effect on interplanetary space missions